HIGHLIGHTS
- who: Lake Mayinghai et al. from the Alfred Wegener Institute Helmholtz (AWI), Germany Nanjing Normal University, China have published the research work: Synergistic warming- and catchment-driven mid-Holocene cyanobacterial development: Pigment evidence from shallow eutrophic Lake Mayinghai on the Chinese Loess Plateau, in the Journal: (JOURNAL)
- what: This study provides implications for the potential influences of future climate change on cyanobacterial development in this region.
- how: A remote alpine small and eutrophic lake (Lake Mayinghai) on the Chinese Loess Plateau was investigated to provide implications for predicting the potential influences of future . . .
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